Fluid Mechanics
- Introduction to Fluid Mechanics, Fluid properties, shear stress, dimensions and units
- Fluid flow, Parameters affect velocity distribution, Viscosity, Newtons law of viscosity
- Momentum transfer, Equation of motion, conservation of momentum, continuity equations
- velocity distribution in laminar flows, boundary conditions
- velocity distribution in laminar flows, boundary conditions
- steady and non-steady state flows, Eulerian and lagrangian equations, Navier-Stocks equations
- Fluid flow in pipes and ducts, Laminar and turbulent flows, creeping flow
- Fluid statics: pressure variations in a static fluid, pressure distribution in moving fluids without shear stress
- Fluid Static: Isobaric lines, hydrostatic pressure on a plane surface, hydrostatic pressure on a curved surface
- Buoyancy, Flotation, and Stability, Measurement of Pressure
- Dimensional Analysis, Similitude, and Modeling, Buckingham Pi Theorem, Common dimensionless groups
- Energy equation, Bernoulli Equation, Use of the Bernoull Equation, Flowrate measurements,
- Newtonian and non-newtonian fluids (Blood), Blood rheology, Bingham fluid
- Apply fluid mechanics to blood flow models, Biofluid mechanics, Fluid flow in viscoelastic channels
- Apply fluid mechanics to blood flow models, Biofluid mechanics, Fluid flow in viscoelastic channels